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Table 2 Modulation transfer function at 50 line pairs per millimeter (MTF 50lp/mm) for enhanced monofocal intraocular lenses tested at two different apertures and under three testing conditions

From: Positioning of enhanced monofocal intraocular lenses between conventional monofocal and extended depth of focus lenses: a scoping review

Author (Year)

Measurement device

Spherical aberration of cornea

Enhanced Monofocal

Conditions

Aperture (mm)

MTF 50lp/mm

Borkenstein et al. [21]

OptiSpheric

 + 0.28 µm at 5.15 mm

Acunex Quantum

Centered

3 / 4.5

0.61 / 0.40

Borkenstein et al. [21]

OptiSpheric

 + 0.28 µm at 5.15 mm

Acunex Quantum

1 mm Decentered

3 / 4.5

0.41 / 0.26

Borkenstein et al. [21]

OptiSpheric

 + 0.28 µm at 5.15 mm

Acunex Quantum

5° Tilted

3 / 4.5

0.55 / 0.34

Borkenstein et al. [22]

OptiSpheric

 + 0.28 µm at 5.15 mm

Lentis Quantum

Centered

3 / 4.5

0.61 / 0.33

Borkenstein et al. [22]

OptiSpheric

 + 0.28 µm at 5.15 mm

Lentis Quantum

1 mm Decentered

3 / 4.5

0.49 / 0.26

Borkenstein et al. [22]

OptiSpheric

 + 0.28 µm at 5.15 mm

Lentis Quantum

5° Tilted

3 / 4.5

0.58 / 0.35

Schmid et al. [23]

OptiSpheric

 + 0.28 µm at 5.15 mm

Tecnis Eyhance

Centered

3 / 4.5

0.61 / 0.44

Schmid et al. [23]

OptiSpheric

 + 0.28 µm at 5.15 mm

Tecnis Eyhance

1 mm Decentered

3 / 4.5

0.40 / 0.18

Schmid et al. [23]

OptiSpheric

 + 0.28 µm at 5.15 mm

Tecnis Eyhance

5° Tilted

3 / 4.5

0.38 / 0.15

Schmid et al. [23]

OptiSpheric

 + 0.28 µm at 5.15 mm

RayOne EMV

Centered

3 / 4.5

0.41 / 0.22

Schmid et al. [23]

OptiSpheric

 + 0.28 µm at 5.15 mm

RayOne EMV

1 mm Decentered

3 / 4.5

0.42 / 0.18

Schmid et al. [23]

OptiSpheric

 + 0.28 µm at 5.15 mm

RayOne EMV

5° Tilted

3 / 4.5

0.40 / 0.18